EMLSAG00000000360, EMLSAG00000000360-683126 (gene) Lepeophtheirus salmonis

Overview
NameEMLSAG00000000360
Unique NameEMLSAG00000000360-683126
Typegene
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Homology
BLAST of EMLSAG00000000360 vs. C. finmarchicus
Match: gi|592849249|gb|GAXK01108295.1| (TSA: Calanus finmarchicus comp770047_c0_seq2 transcribed RNA sequence)

HSP 1 Score: 124.02 bits (310), Expect = 2.914e-28
Identity = 159/524 (30.34%), Postives = 249/524 (47.52%), Query Frame = 0
Query:   19 NIHVEDFLWTGSGDSDLPLEDFDITSSMVDGISNPDDS-NFIN------YLPXXXXXXXXXXXXXXIHHP---HYSHQGGQSEQGNDLDKIDPTPTYP------------------------MAGNT--YASHIGFQNNSLSSSNEKLPNEKYLVRTVVLSNMTVIRR--DIEKFKKDMEIKL---------EXXXXXXXXXXXXXXXXNEDFHLVRRVRQVSSDPDNESSFQRTRIKIHNIRSSLPEPEIEMLYTVYEDDK-PVLAQTAVETLLDNVDDEDAEEYLGFPLITKAEPYIQRLKVDPNSTLAHGSSSWMIASIIXXXXXXXXXX---XXXXXXTWNRCKDDNEHAAKHKRLVSSPLTSQASTLKDRRKTQLKQSSSSLEKAGFNLSRPKSKASIVRVSDNENEFXFDERXXXXXXXXXXXTSIKQQAGAIETAYIERTPQTTYDDCATSTGSLNIKVDRAESPILADLSSNETPEMKQRNRRPKHLIKKHKSKRVSPV-----DRNSAFPSSTPD 486
            +IH+EDFLWTG  + D  +E+  I     +  S+P++S   IN        PT++ +TR+STV +T+  P   +    G   + G +   I P+ T+P                        + GN   + S +   ++  S+    +P  +YL+RTV+ +   +++R  DI  FK+DME +L         EK   +   R       N    L RRV + + + DN       R++IHNIRS+ PEPEIE+LYTVYED+  PVLA  AV+ + +NV  ++A   LG  L  KAEPY++     P S     +S W+IAS+IL +   L L+    L+    W R    NE   KH  LVSS  TS+ ++    RK      S   ++  + L RP+S+++   VSDNE+        +     S   T  ++    + +   E+  +   D    S  S + + +  E+P LAD SSN TPE  ++++      +  + +R  P        +SAFP+ TP+
Sbjct:  898 SIHIEDFLWTGGTEKDGEIEENGIDEEEAEE-SDPNESFGVINEKTIPVIAPTSVYITRLSTVYTTVIQPTPVYLPFPGSTLQPGYEGSGILPSVTFPAPDPPARHSQPHDHTPGEIPRTHDLKGNGVDFPSPVPLDSSVTSNGYYDMPKPEYLIRTVIKNGTDLLKRSVDIHAFKRDMEERLTRTYRQAYDEKENGRRKKRSVPIRFVNGSLVLKRRVIRATPEKDN------VRVRIHNIRSARPEPEIEILYTVYEDETDPVLAVDAVKVVDENVGQDEAVLLLGHALKIKAEPYLKDPVEAPKS-----NSDWLIASVILAIFLALLLIWVLFLVYKQYWGR----NE--KKHDILVSSVTTSKQTSPSAPRKM---SPSPFFDEGAYTLERPRSQSNY--VSDNEDIKPVINTNRLYPKISESKTQSRENLENVGSRPKEKRNRIPSDRSEVSVRSKHNESE-GETPSLADHSSNNTPERGRKSKTKGMRRRDRRGRRGMPGTSDEDGSDSAFPARTPE 2397          

HSP 2 Score: 115.161 bits (287), Expect = 1.819e-25
Identity = 72/156 (46.15%), Postives = 94/156 (60.26%), Query Frame = 0
Query:  583 AISAKSHLFRKGKVESRLSNLGKPNKTRPWSASESRPPPAGDPTFYMRQRHWEGLIAGKKHLHRGQLLPGSTSSEDDEGTYSKINPPPTCWSECSSPRKQVRIQEEPIESISNEVDKSGQLIQAIKDELQKFQRPKSPNLTGISVINDPELVQRES 738
            A SAKSH+FRK KVES +S   +    RPWSA E R     D  F  +Q++WEGL  G+KHLH GQLLPGST S D+E    KI    TCWSE +SP +            S   D +  LIQAI+ ELQ+FQR ++   TG+++++D +L+  ES
Sbjct:  265 AKSAKSHIFRKDKVESDMSETKRHIPDRPWSAQEPRW--HADRMFSTKQKNWEGLAKGRKHLHHGQLLPGSTES-DEEQRPKKI----TCWSEGASPGR----------PPSTMADPATPLIQAIRSELQRFQRRQN---TGVTIVSDQDLLDSES 672          
BLAST of EMLSAG00000000360 vs. C. finmarchicus
Match: gi|592849250|gb|GAXK01108294.1| (TSA: Calanus finmarchicus comp770047_c0_seq1 transcribed RNA sequence)

HSP 1 Score: 124.02 bits (310), Expect = 2.973e-28
Identity = 159/524 (30.34%), Postives = 249/524 (47.52%), Query Frame = 0
Query:   19 NIHVEDFLWTGSGDSDLPLEDFDITSSMVDGISNPDDS-NFIN------YLPXXXXXXXXXXXXXXIHHP---HYSHQGGQSEQGNDLDKIDPTPTYP------------------------MAGNT--YASHIGFQNNSLSSSNEKLPNEKYLVRTVVLSNMTVIRR--DIEKFKKDMEIKL---------EXXXXXXXXXXXXXXXXNEDFHLVRRVRQVSSDPDNESSFQRTRIKIHNIRSSLPEPEIEMLYTVYEDDK-PVLAQTAVETLLDNVDDEDAEEYLGFPLITKAEPYIQRLKVDPNSTLAHGSSSWMIASIIXXXXXXXXXX---XXXXXXTWNRCKDDNEHAAKHKRLVSSPLTSQASTLKDRRKTQLKQSSSSLEKAGFNLSRPKSKASIVRVSDNENEFXFDERXXXXXXXXXXXTSIKQQAGAIETAYIERTPQTTYDDCATSTGSLNIKVDRAESPILADLSSNETPEMKQRNRRPKHLIKKHKSKRVSPV-----DRNSAFPSSTPD 486
            +IH+EDFLWTG  + D  +E+  I     +  S+P++S   IN        PT++ +TR+STV +T+  P   +    G   + G +   I P+ T+P                        + GN   + S +   ++  S+    +P  +YL+RTV+ +   +++R  DI  FK+DME +L         EK   +   R       N    L RRV + + + DN       R++IHNIRS+ PEPEIE+LYTVYED+  PVLA  AV+ + +NV  ++A   LG  L  KAEPY++     P S     +S W+IAS+IL +   L L+    L+    W R    NE   KH  LVSS  TS+ ++    RK      S   ++  + L RP+S+++   VSDNE+        +     S   T  ++    + +   E+  +   D    S  S + + +  E+P LAD SSN TPE  ++++      +  + +R  P        +SAFP+ TP+
Sbjct:  898 SIHIEDFLWTGGTEKDGEIEENGIDEEEAEE-SDPNESFGVINEKTIPVIAPTSVYITRLSTVYTTVIQPTPVYLPFPGSTLQPGYEGSGILPSVTFPAPDPPARHSQPHDHTPGEIPRTHDLKGNGVDFPSPVPLDSSVTSNGYYDMPKPEYLIRTVIKNGTDLLKRSVDIHAFKRDMEERLTRTYRQAYDEKENGRRKKRSVPIRFVNGSLVLKRRVIRATPEKDN------VRVRIHNIRSARPEPEIEILYTVYEDETDPVLAVDAVKVVDENVGQDEAVLLLGHALKIKAEPYLKDPVEAPKS-----NSDWLIASVILAIFLALLLIWVLFLVYKQYWGR----NE--KKHDILVSSVTTSKQTSPSAPRKM---SPSPFFDEGAYTLERPRSQSNY--VSDNEDIKPVINTNRLYPKISESKTQSRENLENVGSRPKEKRNRIPSDRSEVSVRSKHNESE-GETPSLADHSSNNTPERGRKSKTKGMRRRDRRGRRGMPGTSDEDGSDSAFPARTPE 2397          

HSP 2 Score: 115.161 bits (287), Expect = 1.852e-25
Identity = 72/156 (46.15%), Postives = 94/156 (60.26%), Query Frame = 0
Query:  583 AISAKSHLFRKGKVESRLSNLGKPNKTRPWSASESRPPPAGDPTFYMRQRHWEGLIAGKKHLHRGQLLPGSTSSEDDEGTYSKINPPPTCWSECSSPRKQVRIQEEPIESISNEVDKSGQLIQAIKDELQKFQRPKSPNLTGISVINDPELVQRES 738
            A SAKSH+FRK KVES +S   +    RPWSA E R     D  F  +Q++WEGL  G+KHLH GQLLPGST S D+E    KI    TCWSE +SP +            S   D +  LIQAI+ ELQ+FQR ++   TG+++++D +L+  ES
Sbjct:  265 AKSAKSHIFRKDKVESDMSETKRHIPDRPWSAQEPRW--HADRMFSTKQKNWEGLAKGRKHLHHGQLLPGSTES-DEEQRPKKI----TCWSEGASPGR----------PPSTMADPATPLIQAIRSELQRFQRRQN---TGVTIVSDQDLLDSES 672          
BLAST of EMLSAG00000000360 vs. L. salmonis peptides
Match: EMLSAP00000000360 (pep:novel supercontig:LSalAtl2s:LSalAtl2s1053:14639:41953:1 gene:EMLSAG00000000360 transcript:EMLSAT00000000360 description:"snap_masked-LSalAtl2s1053-processed-gene-0.9")

HSP 1 Score: 1519.21 bits (3932), Expect = 0.000e+0
Identity = 740/740 (100.00%), Postives = 740/740 (100.00%), Query Frame = 0
Query:    1 MSREELLKSYLFSSTQDGNIHVEDFLWTGSGDSDLPLEDFDITSSMVDGISNPDDSNFINYLPTTLTVTRVSTVVSTIHHPHYSHQGGQSEQGNDLDKIDPTPTYPMAGNTYASHIGFQNNSLSSSNEKLPNEKYLVRTVVLSNMTVIRRDIEKFKKDMEIKLEKAFRKAYARKRKRMKRNEDFHLVRRVRQVSSDPDNESSFQRTRIKIHNIRSSLPEPEIEMLYTVYEDDKPVLAQTAVETLLDNVDDEDAEEYLGFPLITKAEPYIQRLKVDPNSTLAHGSSSWMIASIILCLLFLLALLLLLLLLTWNRCKDDNEHAAKHKRLVSSPLTSQASTLKDRRKTQLKQSSSSLEKAGFNLSRPKSKASIVRVSDNENEFXFDERPKSPSVKSSPPTSIKQQAGAIETAYIERTPQTTYDDCATSTGSLNIKVDRAESPILADLSSNETPEMKQRNRRPKHLIKKHKSKRVSPVDRNSAFPSSTPDRAGWLGPLSDLLEEDGDEEYGSHSPGRNSNSSNLSSSTTTTTSSSSLKVGWRKEKRTKSKEKQSVTVYSQEDISAPQRVGAAPDTNQREDDEDQTRAISAKSHLFRKGKVESRLSNLGKPNKTRPWSASESRPPPAGDPTFYMRQRHWEGLIAGKKHLHRGQLLPGSTSSEDDEGTYSKINPPPTCWSECSSPRKQVRIQEEPIESISNEVDKSGQLIQAIKDELQKFQRPKSPNLTGISVINDPELVQRESSS 740
            MSREELLKSYLFSSTQDGNIHVEDFLWTGSGDSDLPLEDFDITSSMVDGISNPDDSNFINYLPTTLTVTRVSTVVSTIHHPHYSHQGGQSEQGNDLDKIDPTPTYPMAGNTYASHIGFQNNSLSSSNEKLPNEKYLVRTVVLSNMTVIRRDIEKFKKDMEIKLEKAFRKAYARKRKRMKRNEDFHLVRRVRQVSSDPDNESSFQRTRIKIHNIRSSLPEPEIEMLYTVYEDDKPVLAQTAVETLLDNVDDEDAEEYLGFPLITKAEPYIQRLKVDPNSTLAHGSSSWMIASIILCLLFLLALLLLLLLLTWNRCKDDNEHAAKHKRLVSSPLTSQASTLKDRRKTQLKQSSSSLEKAGFNLSRPKSKASIVRVSDNENEFXFDERPKSPSVKSSPPTSIKQQAGAIETAYIERTPQTTYDDCATSTGSLNIKVDRAESPILADLSSNETPEMKQRNRRPKHLIKKHKSKRVSPVDRNSAFPSSTPDRAGWLGPLSDLLEEDGDEEYGSHSPGRNSNSSNLSSSTTTTTSSSSLKVGWRKEKRTKSKEKQSVTVYSQEDISAPQRVGAAPDTNQREDDEDQTRAISAKSHLFRKGKVESRLSNLGKPNKTRPWSASESRPPPAGDPTFYMRQRHWEGLIAGKKHLHRGQLLPGSTSSEDDEGTYSKINPPPTCWSECSSPRKQVRIQEEPIESISNEVDKSGQLIQAIKDELQKFQRPKSPNLTGISVINDPELVQRESSS
Sbjct:    1 MSREELLKSYLFSSTQDGNIHVEDFLWTGSGDSDLPLEDFDITSSMVDGISNPDDSNFINYLPTTLTVTRVSTVVSTIHHPHYSHQGGQSEQGNDLDKIDPTPTYPMAGNTYASHIGFQNNSLSSSNEKLPNEKYLVRTVVLSNMTVIRRDIEKFKKDMEIKLEKAFRKAYARKRKRMKRNEDFHLVRRVRQVSSDPDNESSFQRTRIKIHNIRSSLPEPEIEMLYTVYEDDKPVLAQTAVETLLDNVDDEDAEEYLGFPLITKAEPYIQRLKVDPNSTLAHGSSSWMIASIILCLLFLLALLLLLLLLTWNRCKDDNEHAAKHKRLVSSPLTSQASTLKDRRKTQLKQSSSSLEKAGFNLSRPKSKASIVRVSDNENEFXFDERPKSPSVKSSPPTSIKQQAGAIETAYIERTPQTTYDDCATSTGSLNIKVDRAESPILADLSSNETPEMKQRNRRPKHLIKKHKSKRVSPVDRNSAFPSSTPDRAGWLGPLSDLLEEDGDEEYGSHSPGRNSNSSNLSSSTTTTTSSSSLKVGWRKEKRTKSKEKQSVTVYSQEDISAPQRVGAAPDTNQREDDEDQTRAISAKSHLFRKGKVESRLSNLGKPNKTRPWSASESRPPPAGDPTFYMRQRHWEGLIAGKKHLHRGQLLPGSTSSEDDEGTYSKINPPPTCWSECSSPRKQVRIQEEPIESISNEVDKSGQLIQAIKDELQKFQRPKSPNLTGISVINDPELVQRESSS 740          
BLAST of EMLSAG00000000360 vs. nr
Match: gi|1008437002|ref|XP_015834883.1| (PREDICTED: uncharacterized protein LOC100142575 isoform X2 [Tribolium castaneum])

HSP 1 Score: 70.0922 bits (170), Expect = 9.044e-9
Identity = 82/300 (27.33%), Postives = 129/300 (43.00%), Query Frame = 0
Query:   23 EDFLWTGSGDSDLPLEDFDITSSMVDGISNPDDSNFINYLPTTLTVTRVSTVVSTIHHPHYSHQGGQSEQGNDLD-------KIDPTPTYPMAGNTYASHIGFQNNSLSSSNEKLPNEKYLVRTVVLSNMTVIRRD-IEKFKKDMEIKLEKAFRKAYARKRKRMKRNEDFHLVRRVRQVSSDPDNESSFQRTRIKIHNIRSSLP--EPEIEMLYTVYEDDKPVLAQTAVETLLDNVDDEDAEEYLGFPLITKAEPYIQRLKVDPNSTLAHGSSSWMI--ASIILCLLFLLALLLLLLLLT 310
            EDF WTGSGD     ED                    +Y PTT+  T+  TV+STI+    +     ++   + +       +I PTPT P                        P++ +L        +TV++ D  +    D++  L K ++ A+ R+++R        +V R ++ + + D     +  ++ IHN+  S    + +IE+LY V    KPV A TA E +    DDE   E LG+P + KAEPY   LK      L+   ++W+    SI+  L  LL +  L L LT
Sbjct:   29 EDFFWTGSGDGS---ED--------------------DYQPTTIYKTK--TVLSTIYLEPSTMINTTTKCSFNCETPVTATEEITPTPTQP------------------------PDDDFLSADRHFWLLTVLKSDGKDPVIIDLKNSLAKLYKTAFQRQQER-----HLGIVNRDKRDAKNLD-----KPVKVYIHNVEKSKTNGDEKIEVLYHVSVSGKPVDAVTAAEDMTLITDDEVRSE-LGYPFLIKAEPY---LKPPAPQGLSRSKNTWIFIGVSIVALLAILLVVAFLTLALT 265          
BLAST of EMLSAG00000000360 vs. nr
Match: gi|189236439|ref|XP_001814289.1| (PREDICTED: uncharacterized protein LOC100142575 isoform X1 [Tribolium castaneum])

HSP 1 Score: 70.0922 bits (170), Expect = 9.309e-9
Identity = 82/300 (27.33%), Postives = 129/300 (43.00%), Query Frame = 0
Query:   23 EDFLWTGSGDSDLPLEDFDITSSMVDGISNPDDSNFINYLPTTLTVTRVSTVVSTIHHPHYSHQGGQSEQGNDLD-------KIDPTPTYPMAGNTYASHIGFQNNSLSSSNEKLPNEKYLVRTVVLSNMTVIRRD-IEKFKKDMEIKLEKAFRKAYARKRKRMKRNEDFHLVRRVRQVSSDPDNESSFQRTRIKIHNIRSSLP--EPEIEMLYTVYEDDKPVLAQTAVETLLDNVDDEDAEEYLGFPLITKAEPYIQRLKVDPNSTLAHGSSSWMI--ASIILCLLFLLALLLLLLLLT 310
            EDF WTGSGD     ED                    +Y PTT+  T+  TV+STI+    +     ++   + +       +I PTPT P                        P++ +L        +TV++ D  +    D++  L K ++ A+ R+++R        +V R ++ + + D     +  ++ IHN+  S    + +IE+LY V    KPV A TA E +    DDE   E LG+P + KAEPY   LK      L+   ++W+    SI+  L  LL +  L L LT
Sbjct:   52 EDFFWTGSGDGS---ED--------------------DYQPTTIYKTK--TVLSTIYLEPSTMINTTTKCSFNCETPVTATEEITPTPTQP------------------------PDDDFLSADRHFWLLTVLKSDGKDPVIIDLKNSLAKLYKTAFQRQQER-----HLGIVNRDKRDAKNLD-----KPVKVYIHNVEKSKTNGDEKIEVLYHVSVSGKPVDAVTAAEDMTLITDDEVRSE-LGYPFLIKAEPY---LKPPAPQGLSRSKNTWIFIGVSIVALLAILLVVAFLTLALT 288          
BLAST of EMLSAG00000000360 vs. nr
Match: gi|1004400681|gb|EFA02376.2| (hypothetical protein TcasGA2_TC008051 [Tribolium castaneum])

HSP 1 Score: 69.707 bits (169), Expect = 1.029e-8
Identity = 82/300 (27.33%), Postives = 129/300 (43.00%), Query Frame = 0
Query:   23 EDFLWTGSGDSDLPLEDFDITSSMVDGISNPDDSNFINYLPTTLTVTRVSTVVSTIHHPHYSHQGGQSEQGNDLD-------KIDPTPTYPMAGNTYASHIGFQNNSLSSSNEKLPNEKYLVRTVVLSNMTVIRRD-IEKFKKDMEIKLEKAFRKAYARKRKRMKRNEDFHLVRRVRQVSSDPDNESSFQRTRIKIHNIRSSLP--EPEIEMLYTVYEDDKPVLAQTAVETLLDNVDDEDAEEYLGFPLITKAEPYIQRLKVDPNSTLAHGSSSWMI--ASIILCLLFLLALLLLLLLLT 310
            EDF WTGSGD     ED                    +Y PTT+  T+  TV+STI+    +     ++   + +       +I PTPT P                        P++ +L        +TV++ D  +    D++  L K ++ A+ R+++R        +V R ++ + + D     +  ++ IHN+  S    + +IE+LY V    KPV A TA E +    DDE   E LG+P + KAEPY   LK      L+   ++W+    SI+  L  LL +  L L LT
Sbjct:   52 EDFFWTGSGDGS---ED--------------------DYQPTTIYKTK--TVLSTIYLEPSTMINTTTKCSFNCETPVTATEEITPTPTQP------------------------PDDDFLSADRHFWLLTVLKSDGKDPVIIDLKNSLAKLYKTAFQRQQER-----HLGIVNRDKRDAKNLD-----KPVKVYIHNVEKSKTNGDEKIEVLYHVSVSGKPVDAVTAAEDMTLITDDEVRSE-LGYPFLIKAEPY---LKPPAPQGLSRSKNTWIFIGVSIVALLAILLVVAFLTLALT 288          
BLAST of EMLSAG00000000360 vs. nr
Match: gi|1080045177|ref|XP_018563779.1| (PREDICTED: uncharacterized protein LOC108905425 isoform X1 [Anoplophora glabripennis])

HSP 1 Score: 63.929 bits (154), Expect = 7.345e-7
Identity = 87/309 (28.16%), Postives = 131/309 (42.39%), Query Frame = 0
Query:   23 EDFLWTGSGDSDLPLEDFDITSSMVDGISNPDDSNFIN---YLPTTLTVTRVSTVVSTIHHPHYSHQGGQSEQGNDLD---------KIDPTPTYPMAGNTYASHIGFQNNSLSSSNEKL-PNEKYLVRTVVLSNMTVIRRDI-EKFKKDMEIKLEKAFRKAYARKRKRMKRNEDFHL---VRRVRQVSSDPDNESSFQRTRIKIHNIRSSLP--EPEIEMLYTVYEDDKPVLAQTAVETLLDNVDDEDAEEYLGFPLITKAEPYIQRLKVDPNSTLAHGSSSWMI--ASIILCLLFLLALLLLLLLLT 310
            EDF WTGSG                DG S+ D+ N+ +         T T +STV     H  Y+  G ++      D         +I P+PT                  L+S+ E +   E +         +TV++ D  +    D++  L K ++ A+ R+++R       HL    R  R V   P N        + IH + +S    + +IE+LY V  D KPV A TA   +   V DE+  + LG+P + KAEPY   LK     +L+   ++W+    SII  L+FLL +  L L LT
Sbjct:   61 EDFFWTGSG----------------DGASD-DEENWSSESTTTTVYKTKTVLSTVFIESPHSPYNETGIETTTKCSHDCEAPLTPEGQISPSPT------------------LTSTTEFVDEGEDFFDADRQFWLLTVLKSDGRDPVIIDLKNSLAKLYKTAFQRQQER-------HLGINGRIKRDVEDKPVN--------VYIHKVNTSKTNGDNKIEVLYHVSVDGKPVSAITAANDMT-LVSDEEVRQELGYPFVIKAEPY---LKPSEPQSLSRARNTWIFIGVSIIGLLIFLLVVAFLTLGLT 315          
BLAST of EMLSAG00000000360 vs. nr
Match: gi|1080045179|ref|XP_018563780.1| (PREDICTED: uncharacterized protein LOC108905425 isoform X2 [Anoplophora glabripennis])

HSP 1 Score: 63.5438 bits (153), Expect = 8.843e-7
Identity = 85/309 (27.51%), Postives = 130/309 (42.07%), Query Frame = 0
Query:   23 EDFLWTGSGDSDLPLEDFDITSSMVDGISNPDDSNFIN---YLPTTLTVTRVSTVVSTIHHPHYSHQGGQSEQGNDLD---------KIDPTPTYPMAGNTYASHIGFQNNSLSSSNEKL-PNEKYLVRTVVLSNMTVIRRDI-EKFKKDMEIKLEKAFRKAYARKRKRMKRNEDFHL---VRRVRQVSSDPDNESSFQRTRIKIHNIRSSLP--EPEIEMLYTVYEDDKPVLAQTAVETLLDNVDDEDAEEYLGFPLITKAEPYIQRLKVDPNSTLAHGSSSWMI--ASIILCLLFLLALLLLLLLLT 310
            EDF WTGSGD                  ++ D+ N+ +         T T +STV     H  Y+  G ++      D         +I P+PT                  L+S+ E +   E +         +TV++ D  +    D++  L K ++ A+ R+++R       HL    R  R V   P N        + IH + +S    + +IE+LY V  D KPV A TA   +   V DE+  + LG+P + KAEPY   LK     +L+   ++W+    SII  L+FLL +  L L LT
Sbjct:   61 EDFFWTGSGDG-----------------ASDDEENWSSESTTTTVYKTKTVLSTVFIESPHSPYNETGIETTTKCSHDCEAPLTPEGQISPSPT------------------LTSTTEFVDEGEDFFDADRQFWLLTVLKSDGRDPVIIDLKNSLAKLYKTAFQRQQER-------HLGINGRIKRDVEDKPVN--------VYIHKVNTSKTNGDNKIEVLYHVSVDGKPVSAITAANDMT-LVSDEEVRQELGYPFVIKAEPY---LKPSEPQSLSRARNTWIFIGVSIIGLLIFLLVVAFLTLGLT 315          
BLAST of EMLSAG00000000360 vs. Tigriopus kingsejongenis genes
Match: maker-scaffold143_size313727-snap-gene-1.22 (protein:Tk09409 transcript:maker-scaffold143_size313727-snap-gene-1.22-mRNA-1 annotation:"PREDICTED: uncharacterized protein LOC100142575")

HSP 1 Score: 179.874 bits (455), Expect = 2.510e-47
Identity = 98/167 (58.68%), Postives = 118/167 (70.66%), Query Frame = 0
Query:  582 RAISAKSHLFRKGKVESRLSNLGKPNKTRPWSASESRPPPAGDPTFYMRQRHWEGLIAGKKHLHRGQLLPGSTSSEDDEGTYS--KINPPPTCWSECSSPRKQVRIQEEPI---ESISNEVDKSGQ-----LIQAIKDELQKFQRPKSPNLTGISVINDPELVQRES 738
            RA+SAKSH+ RKGK++S    + K N+TRPWSA+ESR     DP F+MRQRHWEGLIAGKK LHRGQLLPGSTS E+ +      K   P  CWSE +SP+KQV    +P    ES  +  D+S       +IQAIKDELQKFQRPKSPNLTGI++INDP L+ +ES
Sbjct:  785 RALSAKSHITRKGKIQSSTDKIAK-NQTRPWSATESRL--QADPVFHMRQRHWEGLIAGKKSLHRGQLLPGSTSEEEVQYQLELRKRRQPQACWSEGTSPKKQVSFSTDPPAMKESTPDASDESKDDNSVPIIQAIKDELQKFQRPKSPNLTGITIINDPNLLYKES 948          

HSP 2 Score: 131.724 bits (330), Expect = 1.095e-31
Identity = 117/320 (36.56%), Postives = 159/320 (49.69%), Query Frame = 0
Query:  198 DNESSFQRTRIKIHNIRSSLPEPEIEMLYTVYEDDKPVLAQTAVETLLDNVDDEDAEEYLGFPLITKAEPYIQRLKVDPNSTLAHGSSSWMIASIILCLLFLLALLLLLLLLTWNRCKDDNEHAAKHKRLVSSPLTSQASTLKDRRKTQLKQSSS------SLEKAGFNLSRPKSKASIVRVSDNENEFXFDERPKSPSVKSSPPTSIKQ--QAGAIETAYIERTPQTTYDDCATSTGSLNIKVDRAESPILADLSSNETPEM--------KQRNRRPKHLIKKHKSKRVSPVDRNSAFPSSTPDRAGWLGPLSDLLEED 501
            D+E S+    +KIHNIRSSLP PEIE++YTV  D   + A +AVE L  NV+D++    LGFPL+TKAEPY   ++ +P    +  S+SW+IA++I+     L +LL LLLL     K++N     HKRL+ SP  S A T  +   T +  +        S+++A F L+ PK    +                       SP  S  Q  + G   +           +D   S G+L+      ESP LADLSSN TPEM          R R+     KK KS         S FP  TPD+ G+LGPL+DLLEE+
Sbjct:  376 DDEESY--PVVKIHNIRSSLPRPEIEVIYTVNRDGDLIPAVSAVEALC-NVEDDEVASVLGFPLVTKAEPYT--VRAEPYIQSSASSTSWLIAAVIVSTCLALIILLALLLLLHRFKKEEN----NHKRLLPSPGPS-AGTPDEHSHTGIHVTMGPSSPLESIDQAAFTLAGPKGGRDVAS-------------------GPSPANSTLQVTEGGKFSSG----------EDIFRSRGNLD-DSKEGESPALADLSSNNTPEMPPKTKTRKTSRERKHSRSGKKGKSPHSPEGIDQSVFPVRTPDKEGFLGPLTDLLEEE 655          

HSP 3 Score: 87.4261 bits (215), Expect = 6.638e-18
Identity = 68/186 (36.56%), Postives = 100/186 (53.76%), Query Frame = 0
Query:    2 SREELLKSYLFSS---TQDGNIHVEDFLWTGSGDSDLPLEDFDITSSMVDGISNPDDSNFINYLPTTLTVTRVSTVVSTIHHPHYS----HQGGQSEQGNDLDK--IDPTP--TYPMAGNTYASHIGFQ-NNSLSSSNEKLPNEKYLVRTVVLSNMTVIRRDIEKFKKDMEIKLEKAFRKAYARKR 175
            +R+ELL   L +     ++ ++ V DFLWTG G  D    D+D + S ++     +  N ++    T+T T VS+VV T  HP  S      G      +  +   I PTP  T P A ++ + H   Q    L SS+  LP E++L+RT++ SNMT+I + IE FK+DME KL +A+R AY  KR
Sbjct:   81 TRDELLHEILDNQHPIIENQDMDVADFLWTGDGAFD---GDYDYSESEIEI----NTINHVDGFTFTVTKTIVSSVVPTQSHPQASDLPTFPGDMDTSASAFNPQYISPTPVQTDPKAPSSSSMHGDPQMYEPLDSSD--LPEEQFLIRTILQSNMTMIHKGIENFKRDMERKLTRAYRSAYEAKR 257          
The following BLAST results are available for this feature:
BLAST of EMLSAG00000000360 vs. GO
Analysis Date: 2014-04-02 (Blast vs. GO)
Total hits: 0
Match NameE-valueIdentityDescription
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BLAST of EMLSAG00000000360 vs. C. finmarchicus
Analysis Date: 2014-05-09 (TblastN vs C. finmarchicus TSA)
Total hits: 2
Match NameE-valueIdentityDescription
gi|592849249|gb|GAXK01108295.1|2.914e-2830.34TSA: Calanus finmarchicus comp770047_c0_seq2 trans... [more]
gi|592849250|gb|GAXK01108294.1|2.973e-2830.34TSA: Calanus finmarchicus comp770047_c0_seq1 trans... [more]
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BLAST of EMLSAG00000000360 vs. L. salmonis peptides
Analysis Date: 2014-05-10 (Blastp vs. self)
Total hits: 1
Match NameE-valueIdentityDescription
EMLSAP000000003600.000e+0100.00pep:novel supercontig:LSalAtl2s:LSalAtl2s1053:1463... [more]
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BLAST of EMLSAG00000000360 vs. SwissProt
Analysis Date: 2017-02-10 (Blastp vs. SwissProt)
Total hits: 0
Match NameE-valueIdentityDescription
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BLAST of EMLSAG00000000360 vs. Select Arthropod Genomes
Analysis Date: 2017-02-20 (Blastp vs. Selected Arthropods)
Total hits: 0
Match NameE-valueIdentityDescription
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BLAST of EMLSAG00000000360 vs. nr
Analysis Date: 2017-02-20 (Blastp vs. NR (2/2017))
Total hits: 5
Match NameE-valueIdentityDescription
gi|1008437002|ref|XP_015834883.1|9.044e-927.33PREDICTED: uncharacterized protein LOC100142575 is... [more]
gi|189236439|ref|XP_001814289.1|9.309e-927.33PREDICTED: uncharacterized protein LOC100142575 is... [more]
gi|1004400681|gb|EFA02376.2|1.029e-827.33hypothetical protein TcasGA2_TC008051 [Tribolium c... [more]
gi|1080045177|ref|XP_018563779.1|7.345e-728.16PREDICTED: uncharacterized protein LOC108905425 is... [more]
gi|1080045179|ref|XP_018563780.1|8.843e-727.51PREDICTED: uncharacterized protein LOC108905425 is... [more]
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BLAST of EMLSAG00000000360 vs. Tigriopus kingsejongenis genes
Analysis Date: 2018-04-18 (Blastp vs. Tigriopus kingsejongensis proteins)
Total hits: 1
Match NameE-valueIdentityDescription
maker-scaffold143_size313727-snap-gene-1.222.510e-4758.68protein:Tk09409 transcript:maker-scaffold143_size3... [more]
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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s1053supercontigLSalAtl2s1053:14639..41953 +
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Blast vs. GO2014-04-02
TblastN vs C. finmarchicus TSA2014-05-09
Blastp vs. self2014-05-10
Blastp vs. SwissProt2017-02-10
Blastp vs. Selected Arthropods2017-02-20
Blastp vs. NR (2/2017)2017-02-20
Blastp vs. Tigriopus kingsejongensis proteins2018-04-18
Properties
Property NameValue
Logic nameensemblgenomes
Descriptionsnap_masked-LSalAtl2s1053-processed-gene-0.9
Biotypeprotein_coding
EvidenceIEA
NoteHypothetical protein
Cross References
External references for this gene
DatabaseAccession
Ensembl Metazoa (gene)EMLSAG00000000360 (primary cross-reference)
Relationships

The following mRNA feature(s) are a part of this gene:

Feature NameUnique NameSpeciesType
EMLSAT00000000360EMLSAT00000000360-696207Lepeophtheirus salmonismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at LSalAtl2s1053:14639..41953+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAG00000000360-683126 ID=EMLSAG00000000360-683126|Name=EMLSAG00000000360|organism=Lepeophtheirus salmonis|type=gene|length=27315bp|location=Sequence derived from alignment at LSalAtl2s1053:14639..41953+ (Lepeophtheirus salmonis)
ATGAGTCGAGAAGAACTCTTAAAATCCTATCTTTTTTCATCAACTCAGGA TGGAAACATTCACGTTGAAGACTTTTTATGGACAGGATCAGGTATATTAT TTAATACAAATGTTTTCAAATAATTATAATAACTAAATTCTTCGTTGAGA GTTTGTTACATATTATAATTATTATTAAGTTTCCCCCCCCCCTCTATCAA AATCATTTAATAATATCCAGTCAAAAAATTGAAAAGATGGTGAGAAAATT GGATAAAAAGTKCCTCCAAGTGAAATAAAGTTTCGAGTCATAACTTTTGA GTCCTAGTCAACTCTTGACCCTTTAATTTTTTTATTGAGTTTGAGTCRAT AGATTTCNNNNNNNCCTCATCTCAAGTACATTATAAATATTTATCTGTTA ATTGAAGTTAATTTTCAATGAGTTCTAATATATTAAAAGTAATTACCACA CCCAAACCAAATTTTTATTTAATACGACACCACTATAACATGTTGAGTTT TGGGCAATGTGTCCTCTTAATCCCAGCATAGAATTACGCAATTTGATGAA ACACACACTCAAAAATTCATCCTCGGACCTATAGACACACGACAAACTTT GCTGCATTAATATAGATTCATTAATATTTCTAAATGCATGAGGGAGGGGC CACTATTAATCATAAATTTGAATGGTCAAATTTAATTTTCAATCCACCAG CCACTAATTCATTTGGCATTTCTTTTGCGATTTAAGCTTTAACATAGTCC TCATTCCTTTAGCACTTGAAGTATTTCGGAATTAGAGTAGTATCTTTGTA ACCATCCTTTTCTTCATTGTTGAAGTAGAAGTTACATCGTAGAGTAAACT CATTTTTACGTAAAATTAATTACGAAAACAATTTTTAAATCACAAGTTTC AATAATTCTTTAAAATATATGATTTTTTTTTTGTCAGACGAGTTTTTTAG GGAGCAAAAGTGTTAGGGTAGTAACGGGTATTTAGGGGAGTAACGAGTAA AGCTCGTAATTCCTAGAATATTTTGTTAGAAACTCGAAAATACTCATGCA GCAAAATGAGCTCGCGGTACATCACTAATATTTATCTATAAAAATATAAT TCTTGACAATAATGCGAGTCAAAAGATGAACATAGCGCAAGTAGACAGTT TTATACCTATCAGTTTTCAAGATGATAGTGGTTTTTTTTGGGGTTTTTTT TTCATTGTTATGTCCAGTGATGAGAGTAATATGATTTAAAAATGAACGTG GTAGTTCTGACAATTTGAAGAATATTTGGGAGAAGTGTCGGTCTATATTT ATTAGTTCCAGTCCAGTTTTAGGACCGGTCCTGTTGGTTCTTAGGACTAT CCCTAACTGTACGTCTTGGAATTTCTCATATTAACCTTAATAAGATATAT GAAAAATGCACATATCTTGCAAAAAAATTGTGCATTTTTGATTATATTGT AATATAAAACGAACAAATTTTTGCTTAAATTATTTATTATATTATATAAC AGAATGATTTAAAACAAGGAGGGAATCTCAATAACGTCAAAAGGGATCGA TTTTACCATTTAAAAAAGATAATTTTACATTTTTGAAGGACCGACAAGTG GAATTGGACTGGACTGTGAACCTCAGTCTTATTTAAGGGCAACTCTAAGG GGTCATACATTTATAACGTCCTGTATTTCGGAGTCCACTACATTGAGAAC TAATCACTGTTTCACTGATCAACAAAACCTTTTCACTATGAAGCRGGGGT GTCCGCGRGGGGGGGGGGGGGGCTGTAGCCCCCAAATAAAGGTTTTATCC TAGAATTTTTTTTCGCTTCATAAATTTTTTATGAGAAAATAGAGATTGAT TTTTTTTATGAGGATTTATTTTGTTAAAAAAAGATCCTTTCGACCAAATT ATGCAGCAAGGCTAAAAAAATTACAAAAACCGAGGAGCCCCCTCCAAAAA TATGATCCTGCTGNCCTGATCAGGGGTCTTCAAGATAACCAATATATTTT ATTTGCAAACACATACAAGGGGGTGGATCTAAAAATTAAGGACGTTAAAT CAGAGGGGAGGTATCAAGTTTTAGAAAAACGTGGAGAGGGGAGGGTCAAA ATTGTACTTTTTTCCGGACGTCATAAATGTATGACCCCTAATCATTACAG CCTTGGAACAAAATAATCCCTTTTTCAGGTTTCAACTACAAAGCCTCTCT TTTATTATAGGAGCGCCTTTGGGGGGGGGGAGGGGGTTGTAGGAGCTGTT GCCTCCCCCCCTTTAAATTAAGGATTTATCGAAAAATTACCGTTTGAAAA AKKAAAAAAACAAGACTAATTATTTCTTTTCAAAAAACCAAGGCACCACC AAAAAAAGAAAGTATATTTATATAATCCTGCATTATCATATTTTTCCCAT NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNGACTGGATATGTTTGTCACATGTTTCGTTAGAG TCTCTTTACTATTAGGTACCTACAAAATATGTCATAACACGTTTAATTCA ATTTCAGGGGATTCGGATTTACCGCTAGAGGATTTTGATATTACCTCTTC TATGGTGGATGGRATATCTAACCCTGATGATTCGAATTTCATCAATTATT TACCAACAACTTTAACAGTCACTCGTGTTAGCACCGTAGTTTCCACAATA CATCATCCACATTATAGCCACCAAGGTGGCCAAAGTGAGCAAGGAAACGA TTTGGACAAAATTGATCCAACACCTACTTACCCCATGGCGGGKAACACCT ACGCCTCTCACATTGGTTTTCAGAACAATTCCTTATCATCTTCAAATGAA AAATTGCCTAATGAAAAATATCTGGTTCGAACAGTTGTTTTGAGTAACAT GACTGTAATACGAAGGGATATCGAAAAGTTCAAAAAAGACATGGAAATCA AACTAGAAAAGGCCTTCCGAAAAGCATATGCACGTAAAAGAAAGAGAATG AAGCGAAATGAAGATTTCCATTTAGTTCGAAGGGTGAGGCAAGTTTCAAG TGATCCCGATAATGAGAGTTCATTTCAAAGAACCAGAATTAAAATACATA ACATTCGATCAAGTCTTCCAGAGCCGGAAATAGAAATGTTGTACACTGTT TATGAAGGTAGTTTCAATATAAAATATGTTGTCAGGTAAACTCACCGTGC CAAAAATTAACTGCTTTAAATTTAATATAAAAAGTGTATGTTTTAAAAAC CTTACTATTGAGCATTTCCATATTATTTTAGTGTTATTTAGTCATGATTT GCTATTATTTTGAATTTAATATATATTAGTAAACAAATTTTATTATTCAT GTTAGAAACGCAGATATATACTGATAAATATATTTTTCTAAGTAACATTT GGCTAATGATATTTAAATATGTGAAGTATTTCCTGTGAATCGAGGACATC AAATAAAAGGAGTTCTTATTCTAACACAAAGCCAAATCATGTTTCATATT TATACGAAAAAATTTAACATTCTTATCCCTGGGCAGGAAAATAGATGATG TCATGATCGAATCATTTATGTACTTGGTTAAAAATATGTTTACAAGATTT ATCCCAATATACAAGGCGGACGATCAAATTTGAAAGGTGAAATGACGACA CAGAAAATCTGTAATAACTTATTCATTTTTTGATAAATTTGCAAAAAAAC AACAACWAAATATGATCTATTTGCCGCTACAACAGCCTGAGTAAGGATGA GGAAACTGCTATAATCATCCACTATTTTAACTAGCCCACTCCTTTTCGAT GGTTGCCTTCAGTGACTCCAAATTCGGGTGAGGAGTGGTGTCGATCTTTG ACAAATTTGCTACATAATTTTCTTTAGAAGACAAAAAACGTTTTCTGAAA TTTTAGAGATAAAATTTTTTATGAGAGACTAAATTTGTACAATGAATATA TTTTTTAAATAGGGAAGTTGTTTTTTCTCTCGAAAATTTTGAAATTTAAA ATTTTTTAGACAAGGGGACTTTTTATTTTTTTGTGATAATATAAAAACTC AGCAAGTGAGGGGGGATGCCCCCTTGGATCTATGGTTTCGTTTCCACAGG TATCATTATGGTATCTTACATGAATTTGAGTTTGCGTGCATGGGCTCAGA TTGACCTATGTTGTGTTCGCCTTGATCCTCTTCAAAAAAAATCCACCATA AAGCCACCTTTTAGAGCAAAAAAAGCTGTCCCTGATCGTAACTTCGTCTC AAAGGATACTCAGTCCCTTTTCCGTCTTACCACACGTTTCAGAGTGCTTA ACTGACATCAGTAAGAGCTGAGATCTATTTTTACTTCAGGCTGGCGTTCA GGAGAGTTGATATATATTGCCGCTTTCCCTCTAGTTTCACATTTTCTTAT TAGATTATTTTTCTGTTTTTAATCTGGACAGATAAATAACATAGGTACAA TTCTTATTTTGTGCAATAACCTTGATTTTATATCTAAAACAGCACTATTT AAACAAATAAGGACCTTCTAACGTCCACCCAATAAGTAGCTTGAGTAGTC CCCTCAGATCCCAAATATTTGCGTACAAGGAAATAGATATTCAAATCAAA TAACTGTGAAATGATCTTGAAATGTTCAATAATAAGGTTTTTTAAAACCA TATTATTTATATTAAAATCATGGCGGKGAATTTTTWGCAAAGWGAGTTTT CATAGTTTGATAAAATATTTAAAATAAACATATGTACATTTCCACAACAA TTTTTTTTAGATGACAAACCAGTTTTAGCTCAAACAGCTGTTGAAACCCT ATTGGACAATGTGGATGATGAAGATGCAGAAGAATATTTAGGATTTCCTC TTATCACTAAAGCAGAGCGTAAGCTGTTTTTTCTTTCTTTCTTAAATAAG TTCTACCAAATGTAATTTACTCACCCATAATATCAATCAAAATTACAATT TCTGTTTTCAAAACCGTATTTTAATATATATTTAACATGCTATTAAATAA TAATCTATTTTACACTTAAAAAAAAAATATCAATATTATAAAAGATTGTT CTTAAATAGGGATTTTTCTTACAATTGTTAGAGAAATATAGATTGAATTA AAACATAAAATTTAAGCATGAATCATAAGATATAGGAATGAGACATTTAT TTAGATCTACTGTTCCCAAGATATTTTCTGGTACAAAAATTAGTATTGCT AATTCTCAATACTTTTTCGATTAAAAAATTAAACACAAATATCGTTAATT GCAATTCATATATAATGATATGGGTGTCCCAAAGATTTTCAGTTTTTTTG TTTTTTCAATGTTCCTACAACTCGTCAGATGGAGTTGCACTGATTAAGTA TAAGTAAACATTGTAGTATTACAATTATTCCAGCTGACTTAGAAATGGTC TTTGAAGTATATTTACTTCTCTATGAACGACCGAGTATCGAACCTTCACG CATTAAGTTCAAGATAATAATTTCTCCAGAGCACGTCCGTTAAGTTACTT CGTGTCAACATTCAGAAATTCGATGACGTTACAAAATAAAATTTTCATTT GTGCTTTGTTTTAGAAAGGACCGCTTCTAGCTCAGAAACTAAGGTGGTTA CTCCATAAGAGGGACCTTCTTTTTTGTTGAAATAATGGCCATGAAAGTAC CAGTTTCACTATCTATTTAGTATAGTACCGGTTCCAATATCAATTTAGTA TCATACCGTTTCAAATGAGCCACTACCTAGGTACAACTATAATACCGGTA GACTGTACAACTCAAATTAGGACCAAACATGTTCTTTAGTGAACCGATTA AATAGATCGATTTTGGCAGATTTATATTAATTGCTTCGGCCAAAGATTCC AATTATAATTACCGATATTTTATTTCTCTAAAAACAAAGTCTAATTTTTT AAATATAAATTTCAAAAAAAGACCAATACGATCAGAAGTCTTTCATTTGG AACTTAATTATTGAAAACCAAACGAACCCAATGCAGGCATTTCTAATTAA TATAATCATGTGTGTGGCCACACTGGTCGTTAATAAAATAAAGCTAAATA TTTGTTTTAAAATTCTAATATATATGACATTTCTCAAAATCTTGAAAGAT ACTTTGCTTAGTTACGTACCTTGTGGGAGAAAATTATAATGTTGACGAAA CGGTTGAACTTGGTTTTTAATTTGAATTTTTTAAAAGGAACCTCAAGCCA GTGTTGTTTGACGGAATATCGGTCACGTTTTTGGATTCAATCCAGTCTTG GAAACAGTCCTTATAGTTACTTTTATTTTCCCCTTAAAATGTCGATAGGT GGAGCTTATTAAGCCAAAGAAGAGATATGCATTAAGAAAGTTGCAAATAT ATTGCAGAAAATATTATTAACAAAAAAATACAAATACGAATACATTGTAT TATTTACTTGATTAAACATTAGAATATTTCGCCAAATCGACCATCAATAA AATAAAATTGAATACAAATTTTTAAAATTATCAGGAGAAAAATTACAATA TATATAATTTTTCAAAATCTTGAAAGAGATTTTGCTTTCCTACGGTGTTG AAGATGATTATAATGTTGACAAAACAGCCATACCTGGTCTTTAATTTGAA TATTTTAATTGGAATCTCATAGTTAGTGTTGTTTCGGAACATTGGTTTCT TTCATCGATCCAGTCCTGTCTTGGGACCAGTACTTAGAGTAACATTTCCT AAAAATGTCCATAGGTAGAGTGTATTAAGCTATAGAAAGAATAACAGATA TGCATTAAGAAAATTGCACATATATTGCAAAAAATATTATTAATAAAAAA TACGAACACATTTTTTTAAATTTTTTATTTAATATTAGAATGTTTATATT AAAAAAGTAATTAAAAACCCCTTCAAACACGTCACGAGAGATTCATTTGA GCTTTCTTTTAGACCAACAATAAAACTGAACTATAAATAAGTATAAATTG ATTGAGAGCCCTGTTATTGCATGATTACTTGTAAGCTTAAACTTTTTAAT ACACATATATCAGGGGGGCTTAGTTTTTAAATTTTTCAAAAATTAAAATT TTTAAAATTTGTTTCGTCCAAGGATTAACCTTCTCTATTAAGAAATCCTT GTCTTTTCAAATTTTTATTCCGTCTTGAAATACTCCCCGATCTCAATTTG AAATTTTCGTATTTCCAATAAAAAAAAATTCTTCCAAATTGCTAATTTTT TCTTTGTTAATACTAAAAATGTAAACTTCTTCTTGGAATGGGGGATAGAG CCCCTCCAGCCCCCTCCTTCTGCAAACAACCTTATATATAAACTTGTAAA TAAATATTACAAAAAAATTAAAAAGTGATCATAAATTTCCAAGCAACAGC TGATATGAAATATCAGCACTCTCATGTTAAACATCATCCCTTTATATATA GAAGGGATTTTCCATGGAATGTACTGAATTGCAGTTCTTGATCCTAGATG AGGACCACAACTATACTACACAAGGGTTCATTTGAAAGGGGAAATCGACC GTGAGGTTAATTGATTATAAGTTTTCAACCCTAAAAAAATCCAGATCGTA TTTTATACATTTTTTAAAGACAATATATGAATAAAAATTCATATTTAACA ACATTATTTTCTCATTTTCCAGCTTATATACAACGCCTGAAAGTGGATCC GAATTCCACTCTTGCCCATGGAAGTTCGTCATGGATGATTGCCTCAATTA TTTTATGCCTTTTATTCCTTTTGGCCTTACTGCTTCTACTTCTCCTCCTT ACATGGAATAGATGCAAGGATGACAACGAACATGCTGCTAAACATAAAAG ACTTGTAAGCAGTCCACTGACAAGTCAGGCTTCCACATTAAAGGATAGAA GAAAAACGCAGCTTAAACAAAGTTCGTCCTCTGTAAGTCTCCCCCTTTTA TACATAAATATACTTGTATTTCCTCCAAAAAAATATTAACAATTTCACTA CCTCACAATTTTGTTTATTCAATAATCCCAACCAAGACTTTTTCCTTCAA AGTCAAAGAAAGCATGTAGACCATTATTTACCCTTGTTCAGTTTACCTTG TCTACATACATACATATATGTGTGTAGAAGCTAGCATAATATAAGAAAGG GTATTTTTGTTCTAAAATGTTGCTCATTTGACAATAAAAAATATACTTAA TTTATTAAATCGATAAATGATTACACTCCTTCTATTACATGTTGATATCT GGGTCATTCCATATCTGATATCCCCATTATTACTAGTCAGATGGGTTGCC AGTATGCCGAATTGTAGCTGCTTAATGTTTAACTACGGCCCACTAATCCT TCTCACATCAAGTAGTATGTTTTAGTAAAATTGTCACAAATCATCAAAGG GTAGAACGTGCATAATCCGTACAAAAAAAATTTTTAAATATTTGAAGTCA TCAAGTATTTTCTGAGACTCTAACAGCAAAAGTGTCCACAGTGTTGAGCT GGAGGGGCTGTAGCCCTCCCCAAATCATGGAATTTTGAAAGATTATTTTT TATTGCCCTTTATTGGCGTGCATTTAAACATTTACAAGCTTATTATAATA TAACAGAATATACTCGAAAAATAATTCATTAAAAAATGTAGACAAACGAA AATTAAAAAGAACATTTATAAAATATGGTCAAGAGTATTTAAAATAAAAA AAATAGAAATAACATCGATTGGATGATGAACAAAAAAAAAAAAAGAGTTT CAATCTTCAATAAAATATTCCCATAAAGATTAGCAATATGTAAAATTCCA TCGAGTTTGTCTTCTTTTACTGTTTCTAATTCATAGACTATATATTGCGT TTTGATAATGATTGCATTGTTTATTGAGTAATGTACTAATAATTTTAATA AGGTCCCCATAAATTTTAAATAAAGATTTACATTCCCACAAAATATATAA ATAATTTTAAATGCAGGAATTTTGAAAAGTTATCGCTTTGGAAAAAAAAA ACTAATGAGAAAACGGAAAAAAACAAATATATATAATCCTGCGGATGCAC CTAAACAGGGTCTGCAGATTGGCCTTTTTTGAAGCAGTTTGGCGTTTAAA AAAATCGGCATTTTTGTATAGCTGGCCTAGATTAGAAATAAAATATATAT TTAATATTATTGTTATATGAAGCTGATTTTCATGAAATTTAATTTAATAG GTTATGTGGCCCATTAAAATACTTCAAGTGACAATGTGGCCCAAGGTATT AAGAGTTGAACATCATTGGATTGGGTCAAAATAGACATATAGTACTACAA TTAATCTATCTGACCATGGAAATATCTGGCAGGCAATAGGGCATATGAGC AAACTAGAAGGACAATTTTATCCACAAGGTACTGTGATAGGTTGTTCCTT GTTGTTTATAAAAAAATAGCCCATATTGAGAATTATTTTCAAAGTTATGC ATAAAATACACTTATATCTTCTGGTTTATTAAAGAAAGTTTATCTACATG AAAACCAGACACAGGGTGCATTGCTGAGAAGTCTACAGAGACCGTTAGTA TTTCCATCAGGACTGCTTACAACAGAGGTCGTGTAACTTTTTTTGGTGTT ACCCCAAAATAACTTCTAGTAAAATTAATTTACCCCAGACTAGTGCAGGA TTATATTTACAGGGGCATGGTTTTTGGATTATTTTTTGTAAAAAAGATCC AAAAATAAATAAAAAAATTTAAAATCCATAAATATTCAGAAAAAGTTATA TTTTTTGGAAAAATATTTCAAACATTAAATTTAATATATTAAAGTTTTTG TTAAAAAAATTTGAATTAAATTGTTCAAAAGAAATTTCAAAAAGGATATT TTTTCGAAAAAAATTTCAAAAATCCACAGCCATTTACAAAGAAAATTCAA ATAGTATATCTTTTGGATAAAAAAAGCATATCTATTCACAAAAAATTACA TTGTTACTCCTAATTTCGCGTAAAATTTTTTTATCTGGACCCAAAAAAAT TTATAGTCAAATGCAAAAATTCTTTATTTTTTCTTGGGGGCCTACTGGCT ACTTTCATTCAACNCTCATTACCCCGAAAAATTTGTAAGCTACCCCATAT GGGGGTTAATTTACCCCCGTTCCCCGACTACTCACTTACAAGATCAAGAA GTCCATTAATGTTACTTTTTAAATCATTCATCATGACACATTGCAAGATT TTTTTGCAACAGATCATATGTTTCACTCAATTCAGTCTTATTGTATCAAT CCACTGAATATTGAATTAGTTGTAACTCTTTTTTGTACATTTTATCTATT GAAAAGTATCATGCCTTAATCAAAACTGAATAGAGCTTTATTAAGTAAAG TATTTCGCACAACAAATAGTCATCAATTAATTTATAAATGTTGTGTGTAG ATTAAAATAATCAATACAATGGTATAAAGTGCTCTATTCGATGAACAAGA ATTGTCACTAGGGCGCCCTCTATCCAATCAAAACCTTACAGGATCTTAAA TTGTAAACACTAAGAGGAAGGCTAAAAATTCAAATCACTCTATTCCATTA TTCTCTACTTATATAAACTTTGCATTTAGCATGGATTTTTCACATTTTAT AATTTGTTTTGTCATAATAATCGTTTAAGATCCCCTGAGGTTTTGCCACG ATACTAACACCTCGCATCAGCTGACAAAATGTCCCGGACGTGAAAGTTAG AGGTATTACAAGGGAACTTCTGTACCCAAAACTAAAAGTTAACAATATAG TGGTCAACTTCACAAGAAAAGAGAGGTACTTTGAAATTTAAGGATATCAA GACAATTTTTTATAATTTGAATATATAAGATTTGCTCCTTTTTTTTTCCT ACCTCCACTGTGACGCCTCACCCAAACTTACAGTCGTACGGTAAGTAACG GGGGACTTCAGTGCCTTTCATTTGTATTAGTAAAGCAATTAACACAGCTA TATAACGTCATATAATTGACGTCAGCCCCCTCCTGAAAATATGTACCAGT GATTACCTAGCGTTTGTACCATTTCACTGTGAGTGGGGCATAGAATAAGT ATTTTTTTGCAAGGGCCTTGCATTTTATATTGAAAAAAACTTTGTTTTTT CGATTTTTTTTGTCAGCAATTTAATTACCTTTTTTTAAGAAAACATAAGT TAATTTATGAAAAATCTATTCTTAGCTATCACTATTTTTTATAATCAAGT GAAGATCCAGGGCGAATTACCTTAATGCCTTTCCCTTGCAATAACCCTTG CCCCCAATCCCAAAATATATAGAAAATGGAATGGTCATTTTATCTACCAA TAAAGACTTTAAATATTAAAAGTCTAATTATGTCATTCCACACAACTAAA AATGGTGAAAATATATCCGTGCCACTATCTATGTTATATTTCTAACTGTG ACATACAAGGTTATGATTGATTGCTGTTTAAAACAACTAAAATAAAGAAG AACTCTCTTCAATAAATTACAAGAGAAGCTTCCATTAAAGTCATTTCAAC AAAATAAACCTCAATGCATCAATTAAGTTTCAAATTATCATGTCGGACAT GATATATTACAATCGGCGTAAATCATATGTTTTTCGACATACAAAGCTCT TATTATAATAACCCTCATTTAACAGATACATAAAGAATGAATGATTTATA CCTTAACATACACCTGTAGTGGATTGCAGACTATTTTTTATATAAACTAT AATGGAAGTGATCAAATTTATGATATGTTATATTGTCTTAAACAATTGCA CTAATTACATCATTAGCAGAATAAATGATAGTTATTTTTAGTACTCATGT CGTAATAAGTTCAAAAACAATAATTATATCATGTAATTCCGTTTCACCGA GATTTATTGAGGTTTTAATCCTACGGGATTATTCCCGGAAAGTCCTACAT ATAATTATATACAAACCACCACTTCCGCCAAAATTAGATTCATCCCTTAC TGTTAAAGTTTTTCTGATGTGGGTTGGATCAGGTTATAAATTTTTTAGAA ATGCAGGACTCGTCGCCTTAAATTTCACAGTTCAGTCAAATTCAGATGAA AAAAACTGCTAATTTTCTTCATGGAATGTAGACTATATCAGGATATTTAT TATATCTGAAGTAGATACAAAACACAATTTTTGGATGTTTATATAAATAA GTAATTTTTTAATTAATGTTTCTTATATACTTATTATTTTATGATTTCAA AAAAATGGTATCTGGGAGACTATAAGCGTACTTTTCTTATATCCGGATTT AACTGTATAAGTATAATATTTACAAGCTTTTCTTTAATTTAAAAATGTGC TTCAAAATACATTCAAACACATGTGCTTCTCAAACACAATTTTCCGGGAA ATGAGAAAGCCTAATAGGTCTTGTGTACAAATTCCTAGAATTGTGGGGGT CCTTACTTATGATTGAACACTACAGTCCCGTCCAGTTTAGTCCCTGTCGT TCCAGTTCATTCCTTCATACCAGTCCTACAAAGCTTATAAAATTCGGTCC TTGAGGACGTCATTCACCTTTATTTCTTCATTTTTATTTGTCCTTGCAGT CCTGAGGACTAACGGTCTTAAGGACTTGTAGTACTGGTCCAAGGACTGGG GTGGACTCGATTGAATAAATTAAAACCGGCATTACACTATCCATGTATAT ATAAAATTAAAACCAAGTAGAGATCATTAAAATTTAAACTTTTTAATGTT CTTATCCTTGAGTTTTTTCACTTTGTTATCTAAATCATTTTTTTTTTTTC ATTATCATCCAAATGATGAAATTACCTTCTAAATTCATATATATTTAATT TGACGTAACTTTTTTAAATAGAAACTTATATCCCCCCACAATTTATATAA AGAAATTGTGAAGACCCCTATTGACCTTTTTTTTATATAATTCATCACAA AGATCACCTTAACTTTTTATAAGTCTAAAATGGTCAAATTGGCCTAAGTT AATTTTTTAACCCACGTGATTCTTCGGAATGGGATTTGTTTCCGTAAAAA ATATAGTTTTATTCAGTGTTGTGTCAGTATTTATTTCTTAGGCCCAATAA ATTCTTAGAACGGGTCCTATCTAACCTTGGGGTCAGTCCTTAAGACCGAT GGTCTTTCAGATTGTCAGTACTAATTAAAAATAGAATTTAAAGGGGACTG ACATCACCAAGGATCAGACTTTACAAGTTTTAGGACTAATATACAGGATG GAACAAGACGGTTTTTTGACATAATTAAGGACCGACCCATAACAAATAAG ATTATCCTCATACTCTACAAATGTCCTATCCCTACTTATTTTTTTTATCG GGGGTGTGTGAATGAGTAAATATAATTTACCAAATATGAGTATCTTATTT AATTATTGTTTCAACCGTTTTGTCTCCACTTTCCCAAGAATTTTTCAAGG AAAGGTTCTTAAGTTTTGAAGTTAATTCAGTATGATATTTTGAAGCATCT TACTTTCTAATTCAATGTTATTTTTACTTCAAATCTAAATGTTCCTTGTA CAAATCAAAAAATCGTAGTCAATTCAAATTAAATATATATTTTTTTAAAT TAAATAACATATCTCTTCAAATATAAGCTTACCTTTTCTATATTGAAAAA AAATGTGTAAGAAATTCAATTTACGGTATATAAACGTGAGAAAGGAGGAA GTGCGTGAGTTTCTAAGCTATTGCGTGAGAACTGAGAGCCCTGAAATGGT GACACTTTTGTTTAGTACGAACGATGACATTTATAGTTTAAAAAACTTAA TTACTAAAGATTATCAGTTGTATAGTCAATTTATTTCCAAGAACTTTGCA TATCATAATCATTAAACCTTAAAAACCTCTCCTTTTTTAAAAGGGAGAGG TTTTGTGATACAACATGTGTCTTATTTGTAGGAGGGAAAATGTAATGATC AATTAAATTACCTACCACCGAAAAGAAACAGACAAAAGGCCCAAAATCAA CTGGTAATTAGACAGTTATACTTCCTAACTGTGAGATTATTATTAAAAAA TTGTTGGGGATTACTCGCAGCTTAAAAAGAGCTAATTATAATTCGGGCAA TCAACGCTTAATTGATAGTGTAAATTTTTGGGTAGGTGAGTTAACGCTGC GAGGTTTGAAGATTATAACATCTTATATCCATGATATGATTTTTACAAGA ACTGTGGTTGAAAATACCCTACCCATTCTGCAAATTACCCGTACATAGCT AGTATGCCCATACTCTGTAGTTCTTTCCGTCTTATTGATACTCTAAATTT CTAACCATGCTCATGATTTTATTTACAGTTGGAAAAAGCTGGCTTTAATC TAAGTAGACCAAAATCAAAAGCAAGTATTGTTAGAGTCTCCGATAACGAA AATGAGTTTGKCTTCGATGAACGCCCCAAATCTCCTTCAGTCAAGTCCTC KCCTCCAACTTCCATAAAACAACAAGCAGGAGCCATTGAGACTGCCTACA TTGAGCGCACCCCACAAACTACATATGATGATTGCGCTACAAGTACAGGG TCACTAAACATTAAAGTAGATCGAGCGGAGAGTCCCATCCTCGCAGACTT GAGTTCCAATGAAACACCAGAAATGAAACAGCGTAATCGTCGGCCAAAAC ATCTGATTAAGAAACATAAAAGCAAAAGAGTGAGTCCTGTTGATAGAAAT TCCGCTTTTCCATCAAGTACTCCAGATAGAGCTGGTTGGTTGGGTCCATT ATCCGATCTCTTAGAAGAAGATGGCGACGAAGAATATGGTTCGCACTCAC CAGGACGGAATTCGAATTCTTCGAATTTGTCTTCTTCCACAACGACAACG ACGTCCTCTTCATCCCTTAAAGTTGGGTGGAGGAAGGAAAAAAGGACGAA AAGCAAGGAGAAACAATCTGTTACAGTCTACTCACAAGAGGATATATCCG CACCGCAAAGGGTTGGTGCTGCCCCTGATACTAATCAAAGAGAGGACGAT GAGGACCAGACTCGCGCTATCAGTGCTAAATCGCACCTTTTTCGAAAAGG AAAAGTTGAATCAAGGTAGGTTTTGTAACGTATAAATTTTTGTTTATTTT TTTTGCAAATCACAAAAATATTAAAATTTGGATTCTAAAAAAGCTAAATG CTTTAATCTTAATGACTTAAAGATATCCAATAATTATTGTTGGATTTGAA TACTACTCGAACTGTGGACAAAAAATCAATCTTACTTAAGTAGACAAATA TTCTGAAAATAAGAAAAAATCGCCCAAAAAAATTGTTCTTGGAATTTATT TATTTTTAGTCGAATAAAACGAAGCATTCAAATAATGATCAATCAAGTTT CTAGTATCCCTACTCATAAAAAGAGTTTAAACTAGGGATTTACCAATTCC AAAATTTAAACCGACTCCGATTCCAATACCATCTTTATGGACAATTCCGA TTCTTTATTATATACAAAGTAATTACATTAACAAATAACAAAATTATTTA CTTTTTTTAATGTTTAACTTTATAATGATTGTGGATAGGCAAGAAAATAC AAAAATATATCAATCATTATAATTAGTTATAAATAATTTTAAGTTGAATT TTAAAAAGTTAATTACTCTCCGTACTCAAGAGTTAATATATTTCTCGTTG CAGCCCACTTAATGTTAAATGCGACCCACTACTCATTCTCACTTCAAGTA TTATTTTTTGAAAAATTATCGCACCGGAAAAAAAATTATAAGAAAACAGA GGAAAAAAATCAAGGATTTCTTTTATAAAGAAAGGTCATTAGATCAAATT AAACAGCGTGGGATTTTTTTTTTAAATTAAAAAAAAAAATATCCAGCAGT TTACCCTTGAAAAATTAGATTTGGCCTAAATTTGAAATAAGTATTTATTA GTTTTGTTTTATAAAGCCATTTATCATGAAATTTAATAGAATAGGTTCTG TAGCCTATTAAAATATTCCAAGTGGCAAAACAGCCCATTACATGAAAATG TTGATCATCTTTCATTTAAGACATAAGAATGTAGTCATTAATAAAATATC GATGATGTTTTGTGTGTAGCAACGAGCGTGTACACAGGGATCACTGTTTT TCTTTGGCTACAATAAAAAAAAAAAAAAAATAGAAAAATACTGAATGMGA AATGWAAWAAGGCWAAGCAACGAGCGTGTGTAAGTAAAACACAGCCAGTG AACGCTCTAGAGACTAAAGTACTCCCACCTCATCACATCATTTCATTATT TTTTTCTCAAGCTGTTATTATTACTCATACGTTCTTGAGGAGATAACATC TAAGTCTTGAGTAACTACATGTGAGTGTACTCATTCAAAACAGAGAGTTA CAACGAGGGTTTTTTGGGAAGTTACCTTCTTTATTATAAAAATAAAGTGT GGCTAKTTTTTCAATGCCTAATTACTCCAGACAATGCCGGGCACTACCGT TTGTTATATATTATAAYCAAATTCTCAAAAACTCGAACTCGTCCTAGTTC GAAAAATTTAATTCGAATCCAACACTAGTAATATTTATTTTGTTAAAAAG TGACACTTTTTAATTTTTTTTAAATATAATACTATTGAGCCTCCTAATCC TAGTTGTCTCATAAACGATTATTTTCTTCTTAATTTGCATTCAAATATTA ATCTTAAAATAAAGGATCGTACATGAAAATGGTTAGTTTTTTTTCTTGTG TGGTTATTTTTGATTATTCTAATTTTTTTTTTTTGAGTGAGCTATTGCAC GATTTTTTATATTTTGTAGGCAATATCGTAGATTTTTATTATCTTTTGTC ACTTTTTTAATATTAATATATGAATCAAATACAAGATGTATCTTTAACAT ATTATATGTTATTACACAAGTCAAAACGTTTTTGCTCTTGGATTGAGATG TTGTGCTTCTGATTACTTATTCCTCGATCAAACAAGAAACTGACCTCTAT CACGTCTTTAACTATATTGCATTATGCAATCTTTTTTTCTAAAAGAAACT GGAAAATGCCCCCAAAATCAGTTATTAGTTAGCCAAATAAGTTAATAATA CAAAATGCTATTTATTTTTGAAGTAATCCCAGACTTTCATTGTCTTGTTA TTTCTCTACAATTACATTCATATAAATATTTCATAAAATTATAATCTTAC ATAGTATTTTATTAAATACTGTATTATAAACTTGCTGGATTATTGCTCCT ATTAAAAAAATCGGAATGCATTTTTATTTCTATATGATATGCCAAAATAT CTTAATAGAAATACTAAAATGGTCAATATATATACGTGTAAAGAAAAATA GTAAGTTTAGTGATTAGAAAAGTAAAAACAATTGTTGCGTGTAATCTTTT TTTTTTTTTGCAATATTAAATCAGTCGTCTTTGTGTTAACTTCTTCATCT GAAGTATGCATTATTGCCTATCTTTGGTGTAAATTGTTTTAAAATCTATA ATTAAATAAATATATAATTATGTATCTAAATATAATTATACTATTAACTC TGTAATTATGGTATTTTAAAAGTAGAAGGTTCTCCTCTTTATTGCAGTAA TTCCTTTTCTCCCCCCTCTAATTATATCACAGGCAACTAATATTAACAAA GTTATTAATTTAGTAATACCATATTCCTCTCTCCCATCTTCCCTCGGGAT CTTTTTTCCTTACACAGAGTTCAACACAATTCATAGATTATGACTTTGAT TATTTATCAAAAAGAATAAATTATGAAATGGCCATGATGTATCAAGTGAG ACGAGGGAATTGACAGCTGACAACAAAATACAGTGAGTATTTTTGTGTAA GCTAGATAACACCGTGTTATAAAAGAAAATTTCTTCTGTTGTGACCTACA TTGCACTTACTATCAATAAGATTTGATAACTTAATAAATATACAGAAATA GTCTTTCAAGCACCAAGTCTTAAATAATTTTAAAATGACCATTTCGTTAC AAGATAATTATTTCTAATTATGGAGTTGTATATCTTCACTATAGTACGAT CTATAATTTTTATCATTGATGTCAAAAATAAAAAATATATTAGATTTTCA AAGAAAGAGCCCATTTTTTATTATTTTTTTGTACTAAAAAGGCTTTTTCC CCCATTATGAAAAAGACACATAAATAAATAAAACATTTTTTTAATCTGTA AAAATGTATCTACAAAATATTTTTCTTTATTATTTAAATCTTTCAAGGAG ACATCAAACATTTAGTCATGTTGATGTTCTAAAAAATTATTTTTCAAAAG AACAGATTTTAGGGCACAGAATCAGACATATCTTTAATAGTAATCAGGAA AACACTATCTCAATCTTATTTTTAAACAAAGTTGAAACTTTGTTGACTAT TGATCAATAATTTATTTTTTATTCATAAATGTTTCTTTGTACCCATACGT TTCGGTTTTATTTTAAGGCTCATTATAAATCAATTGTGAATTCATCATAA TTTTTTACATAGGAAAAGTCATAGAATTATTAAAATTATTTTTCTTTCAA TATGTGATTAATATTATATGACAAGATATGTGAAGAAAAAAAATTACCCG ACATCGTGGATCACTCCAAAACCTTATTAGTTAGAAATAAAGTTGTAACG GTCCTTTAAAGAGATGGGGAAAAAGTACCATAACAAAAGTTGAGAAGGTC ATTTGGCAACCATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNCTCCTTATGTWGAAGTCGCTTCTTGAGCC TCACTTAATGGTTTCTAGTAGTATACGACATATCCAGTGATACTAATCGG AAATATTTTGGGTGTATTAAAAAATGAAACCAAAAAACAACATTGTAGTC CTGCCAATTTGAAGAATATATAGTAGAAGATCAATATTTAGATTATTGGA TCAACTTCGAGCAGCAGTTCGAGGGGTAGGAAATATAAGTACATAAGGAC ATAAGTAATGATTACTCCAGTTTTGATCCTCAATTCTAGTCGGAGTCCAA CAAGGACTTACAATGATAATTCTGCAACAAATTTTCAGGTTTACTCACCG TCTTTTATGAGCACACGCAAATGTTCAATCAGGTTTCGTATATATCAATC ATAGCTTTTTTATAGTAGAAAAGAATGTTCACTCCTCAGGAATTAAATAC TAATGGCAGCAGCTAAGGAAAAGAAAGTTTACATTTTGTCGACTCCAAAA AAATGGACAAGATGAAAAATGCACTCAATTTTCATCGTTCGTAATATCAT TATGGCTTAAAAAATTTGGTCATGGAAGATCACACACTTTTTACCATTGC AACATTGTTTTTTTTTATTTTTCTAAGTTGTCATCACATATATATAAATA TATATATATATATTGTCTTTTAAGAGAAAATATATAATTATAAACTAATC AGTAGTGTGTGAAAGACAAAGAGAAACACTGTTTATTTGTTGCAGAGGTA TACCTATGTAAAAGTCCTTGTTGGACTCGGAGTAAAATTGAGGAACAAAA TGTAAGTTATTCCTATCTAAATATTGCTAGAAACAGAGTAGGGTTCGAGT CTTTTTCCCTCATCTTATAGCAGTTCACAACTAATTTAATCAAATGTCAT GACAACTAAGCCCCTCTCTTCCAAAACATTCTTCAAATTCTCAGTTTCAC AATGTAGATTTTATTTTTATTTTAAATATTTCTTTGATTGGTCAGATGGA GTTCTACTGATTAAGTAAAAATTACCTTGGAGTTGTATTAGAAGTGCATA CACATTCAGAATATTTCCTTCTCTAGGAGGAATGATCGAGAGCAAACCTA CGCACACTGAGTTCAAGAGAATAACTTCTCCCAAGTACGTTCCCTATTGA GCTAATTCATTCCATTATGTAATTTTTTTTTACCTACCGGGAGGTCATGT TATTTGCATCTATCCATATCATGGTGTCTCTCAAAGTTACTATTTTTATG ACATCCTTTCAGGCGTTGTTTTCACGCTCACTGATAATGTTTTGTTTTTC ACATCTCTTAGTAGAACAATGATTTAATATTTGACAGACTTTCCACAGAA TTAAATTATATATCTTATTGGTTGGATTAATCAACGGATAACAAATAAGA ACACATTTTTGGAACTATGTTGGATATTAATTTACTTTAATGAAAATTTA CCCCTGTGGAATTTGATATGTCTTATTGATATTTTGGCTATTGAAGATTA TAATTGACATAGATACAGTTGAAACATTTTATTCATAGTCAGCAAATATA AGTATAATTGTCGAGTATGCAAAAACTTTACAGGTCATTTAGTAAGTTAA TATGTATATACTTTTACCTTTCTTTTAGCTAAAAAGTAAGTATTAATTTT TGCTTTTTTCAGTAATACTTCACTATCTTTAGTTAAAATATTTATAAGAT TGAAGAGCTTTGACATTTTTTGTAATTTCTGCTGTAATTTGATATCATAA TTCTACATAACACTATAAAAATTATACTTTTCAACAGTTTTAAGGATACA AAATAAAATTTGTTTCATTTAATGAACTGTTTTAATCCTAAAAAAATTAA AATGTATAATTGAGAATTAAGGCGTATTATGTGGGGGGGGGAGATCTTTT TTATTATACTCGGAGCTGGTGGGRCTTAGACAAGTAGTGTGTAAAAACAA AAAAAAATTAAGATCAGCTAATATCTTAAGAAAAAATAAAGGAATTTATG CTTTTTTTGGGTCAGAATAAAAAAATTTTACGCGAAATTAGTTGTAAATA TTGATTTTTTTGGGAATAGCAATGGGGTTTAAAAAATTTTCTACAAAAAA TGTAATTTTTTTTAGCATAGCAGTAGNNNNNNNNNNNNNAAATATTTGAA ATTCCAATTTTTTCYAAAAATWTWATTTYCAAAAAAAATYCAAATATTTA TWWTTYCAATTTTTTCYAAAAATWTAATTTTCTGTGAATAGCTATAGTTT TTTTATATTTTTTTTCAAAAAATTTAATATTTAAAGTTTAATTTTGAAAT TAGAATTACAATATGTTCCACCATTCTTTCTAATATATTGTCTCACCGCA CTTAAAATCAGATTCAACGAGAATTAGTTGAATATGACAAAMCGATTAGT AMACTCTGAATGCTTTAGATTATAGGTTGAGTTACTTTTTTTAGTATTGA ATATATGTTCTTTTTAAATCACAACAGGGACACCTCAAATTAAGAGTATC ATATTCCTTCAACAGGGATACCTCATTACAGAGTATCATATTTCTTCAAG TGTTACCCCAAAAGAACTTATAGTACAATTAACTTACCCCTAAATTTAAA TTTTTGGGGGGAAAGGCTTAGTTTTTCGATTTTTTTTAAAAAAAGAATCA ATTTTTTTTCTAAAATATTCCTAAAATCCATAGCTGTTCACAAAAAAATT CAAAAAACCACAGCTGTTAACAAAAAAATGACATTTTTTGAATATAAATT TCAAAATTAAATTTTTCGGAAAAAATTCAAATATCTAAAGCTATTTACAG AAAATTAATCTTCGTGGAAAAAAATATATCGAATATTAATTTTTAGGAAT TTTTTTTTTAAACTTCATAGCTATTAGCAAAAAAATAAATTATCATTCTT ATTAAAAAAAATTCTAGTAAGAAGCAGAAATTCTTTTTGGGGGCGCAGGG TTAAGGGTTGMTGGAGCAGCACCCCAGCTCACCCCCTGTGGACGCCCCTC TAATATTGTTTGTTTCTTTATTTCTTTTAACGCCAGGAAGTGTTACTTCC ATTACCACCAATATTTTCTAAATTATACCATTTGCGTAACTTACCACTGT TCCCCGACCACCGCTTTAGATAAAGAAAGTTTGAAAATATAACTAATATA ATCAAACGAAAATAATAAATTGTTTTTGCATGTATAAAATCCCAAGATTT TGACATTTTGAAACCACTCATCCTTAACATAACGTCAATATACCAAGATC TTGGGATAAATCTCAAGGAGTGGCCTCTCTGATTATTTATATTATTAATA TAAACAGCTCATACTTTGTTGACTTATTTCAATCAGTTATGGTCTTCTAA TTTCTGGATGGATTAAGATATTTCGGAAGTATAACTATAGTTTTGAGCCT TTATTTGATATATGGGACTTTGTTTAGTTCGGATATTATTGGAACTATTG GATATGCAAGAGTTCGACTTGTTTAGATGATATTAATTATTCATCATAGT ACCTTGTATTCTTTTTTTAGTTTTTTTCCTTTTTGTTTTAGTTTAAAGGA ATGATTTTTTTTTAATTAGTTAAAAAAGAAATATTTATATCTTACCATTG GGGACCCCGACACGATATCATGCCTTCTAAAAAATATCATTCTGATGGTC AAAACCATGCGGACAATGTCCGACAGATCGAACAAAAGTACGTACCGGAA GAGGTCAGCAACTTAACTCTTGCCTTAGCAGAACTACGTCTTCCAAAATT CTCGGCGATGGATCCAAAAAATTGGTTTCGAAGAATTGAGCAGGATTTTT TGATGAGGAAAATCAATGAAGATCAGACCAAATATTGTCTAATTGCTTCA ATATTACCTGGTGAAGTTTTTAGGTATACCCCTATTAAAATGGAAGGTCT CATGTAATGATGGTGTAAAAAAGGCAATTTTACAGAGATATGGTATCTCA CCTTGAAATAGAATTTTAAAAAATTACAATAGGCTGTGTGATTCATTGGG ATTTCCCCCCGGGGAAGTTATGGATGAAGTTGAGCTTCTGCTTGACGAGG AATGCATCCATGATTTCCTTCATCATTTACTAAGGGAGGGCCTCATCAGA AATGTGCCTTAAGACCAGTAAAGGTACTTGAGAGCACAGTCCCATTCAAT TGAAGAGTAGAAGCAAATAATTCACATATTTCCACTGTAAATACATATCC CCTGCGCCTCCTATCAATCATGTTTTCAAAAAACCTCTTCATCATACATC CAAATTTACTAAATCTAATGAGAAAAAAGATATCTGCACAGACATCCGCA TTTAAAAAATAAATTAAGAGAAATAGTGAACGATTGGATATCACAATAGG ACCAACAAATATAAAGACTTTAAAATTACTGTCAATTAAAAAAGTATCCA TCTATGTTCAATTCCCTTGTTTTATTACATATAAGACCCTAAATTGTATT AAAAATATGTTAATGGATCTGTATACAATAAAATTTAATGTAGTAGACAA TAAATTAACTATTATCAGGCAAAAAATAAGATATTTTTCTCTAATTATCC TACTTTACTCATCCCTAATCGATCAGTAAAAACGCTCTATATAAAATGTC AAATTATACATGGGATAACTACTTAATTAATGCTCCTTATTAATAATTAT ATACATGAGAATTGTGCATGCTCTTCTAACGAAAATAGTTACTATAAAGG CTAATGAGACTCGAAAAAATGGCTTTTGTGGCTCGTCAACACAAAATTAA GCAAGGATTACTCATCTTTAAAATGAGATTGGATTACATTTTTTTATTGA CTACAAAATTATCGGTTAAAATTAAAAAAAAGAAAATGATAGGTTGTTGT TTTTTTCGGGTAGTTTTTTTTAAGGATTCTAAATTATATAAAGGATTAAA GCTATACATGAGATTCCTGGATATTTTAATTATCCAAGAAACTTTCATAT AAAGACCATCATTCATCAAAATGTCTTTGAAATAGTGAGTGTTTATACAG AGTATTAGTCCACTTAAGAAAAGACACTTATTTGTCTTTTGGTATACCTT GGGCACAACAAATTTGGGAACGACTCTCTTTGGGCACATGTATTTACGAT GTTTCGTGCAATATCATCCAGTCAAGTATCATAATTAGCTTGAGCTTGTA TAAAGATTTCTCAAGTTTTTGAAATTACGGTTGTGTGAGATTTTGAGATC TTATGTCAATTTACAACATAAAAATATAAGAAAGTCGTATTTCTGTTCGG AAAATTCGTTTACAAAAAATAAAGATGTGTATTCCAACGATATCTTCACA AAGGAAGGAACTGGTAGTGTCTCTAGGGGAACCAATATCTGAGTCTTCTT TAAGTAGTCAGCTACATAAGAGGCAAACTCGTCAACAGAAAACGGCAGAG AGTCACGGATAAAGCATGGAAAAATAGATTCTAGCTTATCTTGAGATATT AGAGGAAAACAGAAAAAATATTAAAAACTTACATAATGAGCGAAAATTCG AGCTATTCTATAGCTCTTCTATACNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNTGATGAACTTTGTATTTAGGACGTAA AACTGTCWATATWARGWACWTACTATATTCTTAATTTTTGTCTAAAACTG TTGACACATCACATTTATGGAAGATATTCTCACAAGACACCAATAATGCT GCTATATTAAWAARTATTATACAAWCATACTTTTCAACAATCATATTAGT TATTTCCGCACACAAATTTACGCCTCAGCGTGTATGTCTGTTGGTAAGTC GTATTATAGAAAAAGTTACAGAATCATTATAGTAAAATTTTCTAAGAAGA TTATTTGTTAACAGTCAGAGGTCATCTAATTTCGAGATGTCAAGGTCACA CTAAATGTAAATAACGTCAAATTGGCTATAATTTTTTAGGGGCCTCCGCA CGGGAGACTAGAAGGGCTGTAGMCCCCCCCCCCCTCCCCCCAATGAAGGA ACTTTTGCTTTTTACAAGAAAATTTAATATTTAATTTTTTTCAAAAAAAA TTGAAATTTAATTTAATTTTTCACATTTTTTGTAGAAAAGATTAAATTTT GCTTAACAGCTGTGGATTTTTGAATTATTTTTCCTACAAAATGAAGATTT TAAATTCTTTTGTGAATAGCTGTGGATTTTTGTAATTTTTCAAAAAAAAA AAATTCTGAAATTTTTTTAATTTGTAGATTTTTTTCTAACAAAAAGCATT GAACCATATTAATATATTATCCTGCGGACGGGGCTAATATGCTTTTGAAT AAATTGAGATACATCTCACAAATGAAATTGTGAGAGGTCGACAAAAAACG TTAAAAACGCATAATGACCATAATTAAGGAATATGTTTTTACGCGGAGGT TTGTCCTCTACAAAGTGCCCATTCCAGTATTAGTTTTGCTTTTTAGATCA TAGTTCTTGTATTTTTACTAAGCAAATGAGCGTATATTTCTACTGTAAAT ATTAATATTTATGAAAATCACAAACAGATCATCTTAAAAATTCACTGATT AAGACAAAGCAATGAATGTAATTATCTATTTGGCAACATCACATATTTTT TATGGTAAAAATAATAAAAAGCAAGTTTTATTAAATTCTGTAAAGGTATG TTTGAGTTCTTCAATGTCATTTTTAGAAAAGAGATTTAAATGGAATGACT CATTTATAGAGCTTTTTCACTGACGTCACACATTGCATCATAAACTGAAA CTTTGCCGTCTTGTTGTCTTAAAGCTCTTTAAATGCATTTTGTACAGCTT TTGAGCCATTGTAATAGATTCATACTATAAAATAATTATATATTTTTCCA ATGATTGATAATTTATATGTATTGACAAAAAATATACAGAGTATTTTCTT GTCAGCTGTCGATGTGTCTCGTTTCCCCCCCCCCCCCCCTCTAATCAGTG TTATTAATGTTGATTGGTTTAATTGTAATTAGCTACATTTAAAGCTGTGA ACCTATTCACCACTATTTATTGNNCCAACAGATTTTGGCCTATACTGGAT ATCGCAACCTATATTCTGAAAAGAAATATAAAAAGCCCCAAAATCAGTTT GTAGTAAGCCAATTCTTCCAACTACAGGGGCGCCGGTTGGGGATTGGCCA GAGGGGATTGTGSCTCCTTCCAAATTAAGGATTTTTTTCCCTTATKACTA TAAAATTTAATTTAATTTTTCGAAAAGAAAAATCCAAAAAATATAGTAGT TGATTTTTTTTTCGAACAAATTTAGTTTTTTATAAGCAGCTGTGAAATTT AATATTTGATTTTTTTTTAAATTTAAATTTTGAGAATAACTATGGATTTT TTAAATTTTTTGGAAAAAAAATTAGTATTTGAATTTTTTTTCCAGAAAAT TTAATATTTTAATTATTGTATTTTTTTTCAAAAACAAAAATATTTTTAAA AAAAATAAAAGATTAAGCCTCTAGCCCCTTAAAATATAATTCTGTGGGAT CCCCTGAACTATGCAACTATTATTCAATAATAGTTTATAATTGTTCACAG CTTAATTTAGAACGCGTTCGAATCCAGCCAATCATTATTAAGAACACTTA TTAGAAGAAAAGAAGGACACACATCTTCAGCTGACAATGAAATACAGTGC AATTTTTTTGGTTATTGAGGTAAGTCCGTTTGGAATAACCACGGATACCG CGTTATTTTGCTAACACAAAAATATCAAAAATTGTATTTGGTTGTCATCT GTCGATATTTTTGATTTTTTCCTCCTAATCAATGTTCTGAAAGCTGATTG GTTGAATTATAATTAGCTCATTTTAAGCTGTGAACCATTATCCACATTTA TTGTATATTAATTACTTAGCAGGGAAGATTCGGCTAACTACCAGCACATT TTGGGGCTTATTTTTTTCTCTGTTTATTTTCGGCTGAAAGGTTGCGTGCG TATGCTAAGTGTTTTATCTGCATGTTTTTACAATACGTATGTATGCTTAA TTTTATGCTATTAGTATCCCAATATTTAGACTTAATATTTGATAAATCAT ATCCATTTTTTCAGACTGAGCAATCTTGGTAAACCGAATAAAACACGTCC GTGGTCTGCCTCCGAATCTCGGCCTCCTCCAGCAGGAGATCCAACATTTT ATATGAGACAAAGACACTGGGAAGGCCTCATAGCTGGGAAAAAACACCTA CATCGAGGGCAGTTACTTCCAGGTTCAACCTCTTCAGAGGATGATGAAGG CACATATTCCAAAATCAATCCCCCTCCTACCTGCTGGTCCGAGTGTTCCT CTCCACGAAAACAAGTTAGAATCCAAGAGGAGCCCATTGAATCTATTAGT AATGAAGTTGACAAATCTGGACAGCTGATACAAGCTATAAAGGATGAACT TCAAAAGTTTCAGAGACCTAAATCTCCTAATTTAACCGGGATTTCCGTCA TAAACGACCCAGAGCTCGTTCAACGAGAATCCTCTTCGTAGAAATTGATT TGTGGTTGCCGTTTTTTTTAGTTACTTATATATACAGTTTTAATTTCTTT ACATAATATTTGAATTTTGAATTATAGTTATACTGAATCTGCACTGCCGA TGATTATATTTCAGACTGTGAAAATCCTTATTTCAATTATAATAGACACG CAATTTCCGAGATTG
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